Studies on Water and Magnetism
Water is a unique substance that exhibits various physical and chemical properties influenced by external factors, including magnetic fields. The interaction between water and magnetism has been a subject of scientific inquiry, leading to insights into how these forces can affect water's structure and behavior.
Research indicates that exposure to magnetic fields can alter the molecular arrangement of water. For instance, studies have shown that water treated with magnetic fields can exhibit changes in its viscosity and surface tension. A study published in the Journal of Magnetism and Magnetic Materials found that water exposed to a magnetic field of 0.5 Tesla for a duration of 30 minutes demonstrated a significant reduction in viscosity, suggesting a potential enhancement in fluidity.
Furthermore, the concept of structured water has gained traction in scientific discussions. Structured water refers to water that has been organized into a specific arrangement of molecules, which is believed to enhance its properties. Some studies suggest that magnetic treatment can facilitate the formation of structured water, which may improve hydration and nutrient absorption in biological systems. A notable study indicated that structured water could increase the bioavailability of minerals, potentially improving overall health outcomes.
In addition to viscosity and structure, the impact of magnetism on water's chemical properties has also been explored. Research has shown that magnetic fields can influence the dissociation of water molecules, leading to variations in pH levels. A study conducted by the Institute of Physics reported that water subjected to a magnetic field exhibited a pH increase of approximately 0.5 units, which could have implications for agricultural practices and water treatment processes.
Moreover, the effects of magnetism on water have been investigated in relation to its interaction with biological systems. Some studies suggest that magnetically treated water may enhance plant growth and yield. For example, a controlled experiment demonstrated that plants irrigated with magnetically treated water showed a 20% increase in growth compared to those watered with untreated water. This finding highlights the potential applications of magnetic treatment in agriculture and horticulture.
Our MagnaRay technology has been used in hundreds of applications as a "finisher", providing additional anti scale and softening as well as performance benefits. Contrary to assumption, the magnetic technology uses cancellation of magnetism to simulate subtle Earth Magnetic Fields and has a profound effect on the water, enhancing its energy texture and bio-availability.
In conclusion, the studies on water and magnetism reveal intriguing possibilities regarding the enhancement of water properties through magnetic treatment. This is what started us on the path to creating our MR-24 Whole Home Unit.
Delve into the Scientific Wonders of Water and Magnetism - Explore Research Studies!
THE EFFECT OF MAGNETIC FIELD ON WATER HARDNESS REDUCING
STRONG GRADIENTS IN WEAK MAGNETIC FIELDS AFFECT THE LONG TERM BIOLOGICAL ACTIVITY OF TAP WATER
WATER DYNAMICS TESLA STATIC MAG FIELDS
THE BIOLOGICAL EFFECTS OF MAGNETIC WATER ON HUMANS AND ANIMALS
WATER MAGNETIZATION STUDY FROM THE JOURNAL OF CLEANER PRODUCTION